Variable Names Input Option Description &time;_control ... - MMM
Variable Names Input Option Description &time;_control ... - MMM
Variable Names Input Option Description &time;_control ... - MMM
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shcu_physics (max_dom)<br />
independent shallow cumulus<br />
option (not tied to deep<br />
convection)<br />
0 no independent shallow cumulus<br />
2 Park and Bretherton shallow<br />
cumulus from CAM5<br />
3 GRIMS scheme<br />
*Note: The following 5 options show recommended #'s. If you would like to use any<br />
other number, consult the code to understand what you are doing.<br />
maxiens 1 Grell-Devenyi and G3 only<br />
maxens 3 Grell-Devenyi only<br />
maxens2 3 Grell-Devenyi only<br />
maxens3 16 Grell-Devenyi only<br />
ensdim 144 Grell-Devenyi only<br />
cugd_avedx 1 (default) number of grid boxes<br />
over which subsidence is spread,<br />
for large grid distances<br />
3 for small grid distances (DX < 5<br />
km)<br />
cu_diag (max_dom) 0 Additional <strong>time</strong>-averaged<br />
diagnostics from cu_physics (use<br />
only with<br />
cu_physics=3,5,and 93)<br />
convtrans_avglen_m 30 averaging <strong>time</strong> for convective<br />
transport output variables (in<br />
minutes; only use with<br />
cu_physics=3,5 and 93)<br />
isfflx<br />
heat and moisture fluxes from the<br />
surface for real-data cases and<br />
when a PBL is used (only works<br />
with sf_sfclay_physics=1,<br />
5, 7, or 11)<br />
1 = fluxes are on<br />
0 = fluxes are off<br />
It also <strong>control</strong>s surface fluxes<br />
when diff_opt = 2 and km_opt =<br />
3, and a PBL isn’t used<br />
0 = constant fluxes defined by<br />
tke_drag_coefficient and<br />
tke_heat_flux<br />
1 = use model-computed u* and<br />
heat and moisture fluxes<br />
2 = use model-computed u* and<br />
specified heat flux by<br />
tke_heat_flux
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